1、 Introduction to the Research Institute
The Institute of Laser Spectroscopy is a first-class academic research institution of Shanxi University, and one of the units constituting the State Key Laboratory of Quantum Optics and Optical Quantum Devices. In 1989, Professor Jia Suotang, the leader of the discipline, conducted research on laser spectroscopy. In 2000, the Laser Spectroscopy Laboratory was established, and in June 2010, it was adjusted to a first-class research unit of Shanxi University. In June 2013, it was renamed the Institute of Laser Spectroscopy of Shanxi University.
The Institute of Laser Spectroscopy currently has 24 professors, 11 associate professors, 39 researchers with doctoral degrees, and 8 overseas distinguished professors. Among them, there is one Chief Scientist of the National Major Research Program, two Chief Scientists of the National Key R&D Program, two National High level Distinguished Professors, one recipient of the National Outstanding Youth Science Fund, four recipients of the National Outstanding Youth Science Fund, one academician of the German Academy of Sciences, three recipients of the Ministry of Education's Cross Century/New Century Excellent Talent Fund, two academic and technological leaders in Shanxi Province, and five outstanding young and middle-aged innovative talents in higher education institutions in Shanxi Province, There are 6 young academic leaders in higher education institutions in Shanxi Province, 12 high-level specially appointed experts in Shanxi Province, 3 young specially appointed professors of the Three Jin Scholars in Shanxi Province, and 27 "Three Jin Talents" in Shanxi Province.
The Institute of Laser Spectroscopy at Shanxi University mainly engages in basic and applied research on the interaction between light and atomic molecules, precision spectroscopy, and quantum information. The established experimental platforms include ultra-cold molecular physics platform, ultra-cold Rydberg atomic platform, single-molecule spectroscopy and dynamics platform, high-resolution spectroscopy application platform, micro nano optoelectronic materials and device platform, etc.
The research institute focuses on academic exchange and cooperation. Researchers have been to NIST, Harvard University, Rice University, University of Maryland, Hopkins University, National Science Center of France, Durham University in the UK, Heidelberg University in Germany, Leiden University in the Netherlands, Leuven University in Belgium, Japan University of Electrical Communications, Institute of Atomic and Molecular Sciences in Taiwan, China and other relevant research institutions for academic exchanges and cooperative research. The research institute hosted the Autumn Conference of the Chinese Physical Society in 2004. In December 2006, the Beijing Jin Laser Youth Scientists Academic Forum was held. The 5th Asia Pacific Quantum Information Science Symposium was organized in August 2010. In December 2011, the third Central Six Provinces Photonics Science Development Forum was hosted. In July 2013, the 5th National Optical Youth Academic Forum was hosted. In October 2014, we hosted the 17th Laser Science Seminar. The second Rydberg Atomic and Molecular Academic Symposium was held in August 2017, and the first Youth Forum on Laser Spectroscopy Technology was hosted in October 2017; In October 2017, we hosted the 5th Quantum Simulation Seminar. In 2019, I hosted a Quantum Science and Technology seminar. In June 2020, we jointly organized a workshop on "time/spatial resolved investment on nanomaterials for optoelectronics and energy" with Nanjing University and Longde University. In September 2020, we hosted the 5th National Conference on Environmental Optics and the 2020 Academic Annual Meeting of the Environmental Optics Professional Committee of the Chinese Optical Society.
The research institute is responsible for undertaking a total of 123 national level projects, including the National Major Research Program (973 Project), National Key R&D Program, National 863 Program, Ministry of Science and Technology International Science and Technology Cooperation and Exchange Special Project, National Major Basic Research Program Pre research Special Project, National Natural Science Foundation Key Project, National Natural Science Foundation General/Youth Project, 113 provincial and ministerial level projects, and 62 horizontal projects. Published over 700 papers in important academic journals both domestically and internationally, and obtained 154 national authorized invention patents. Two first prizes in the natural science category of Shanxi Provincial Science and Technology Award, two first prizes in the technology invention category of Shanxi Provincial Science and Technology Award, one first prize in the science and technology cooperation category of Shanxi Provincial Science and Technology Award, two second prizes in the Shanxi Provincial Science and Technology Progress Award, one second prize in the natural science category of Shanxi Provincial Science and Technology Award, and one "Science and Technology Revitalization Award" from the General Administration of Quality Supervision, Inspection and Quarantine of China, The research achievement of precise measurement of microwave electric field based on Rydberg atoms was selected by the Science and Technology Committee of the Ministry of Education as one of the "Top 10 Scientific and Technological Advances in Chinese Higher Education Institutions" in 2020, and was also selected as one of the Top 10 Social Influence Events in the Optical Field of China in 2020 (Light 10). In 2021, the research team of the institute was awarded the title of "Advanced Collective of National Professional and Technical Talents" in the 6th session.
The Institute of Laser Spectroscopy at Shanxi University cordially invites high-level talents from both domestic and foreign sources to join us!
2、 Application conditions
1). Adhere to the laws and regulations of the People's Republic of China, possess good scientific ethics, and consciously practice the spirit of scientists in the new era.
2). Generally, one should have a doctoral degree, with research directions mainly in optics, atomic and molecular physics, and optical engineering.
3). Achieve research achievements recognized by peer experts or master relevant professional technologies, with development potential.
3、 Welfare benefits
1). Annual salary
High level talents who meet the requirements of the Implementation Measures for the Performance of High level Talents at Shanxi University will receive basic salary and performance-based salary according to the implementation measures. Those who meet the requirements for representative achievements of the school will receive a one-time reward for performance. The treatment and conditions for outstanding specialized talents shall be discussed on a case by case basis.
2). Settlement fee
The settlement fee for academic leaders shall not be less than 2 million yuan, and the settlement fee for fresh postdoctoral and doctoral students shall be 300000 to 1 million yuan.
3). Research funding
Provide sufficient research funding support according to the research direction.
4). Office conditions
Provide corresponding research laboratory office conditions, support the development of research teams, and provide sufficient doctoral and master's enrollment indicators.
5). Enrollment of children and employment of spouses
Shanxi University Affiliated Middle School is a well-known school in China, ranking among the top in the country, with excellent talent cultivation faculty and environment. Relying on Shanxi University Affiliated Kindergarten, Affiliated Primary School, and Affiliated Middle School, we help solve children's enrollment problems and enjoy high-quality basic education resources from kindergarten to high school. At the same time, assist in resolving spouse work issues based on their spouse's situation.
4、 Contact person and contact information
Contact Teacher: Lirong Wang
Contact number:+86-351-7018927
Contact email: wlr@sxu.edu.cn